Pipefy
Pipefy is a low-code Business Orchestration and Automation Technologies (BOAT) platform designed to act as a modern middleware layer for the enterprise stack.
Rather than replacing existing Systems of Record (SORs) like SAP, Oracle, or Salesforce, Pipefy wraps them in an agile orchestration layer. This architecture allows technical teams to modernize legacy operations and extend the life of core systems without the risks associated with "rip and replace" projects. Pipefy provides the infrastructure to sanitize data inputs, manage complex business logic, and orchestrate API calls between fragmented endpoints.
Technical & Architectural Highlights:
• Adaptive Governance Framework: Pipefy solves the "Shadow IT" problem by establishing IT-sanctioned "Safe Zones." Business users can build workflows within these guardrails, while IT retains control over critical data, integrations, and permissions via a centralized console.
• Agentic AI Engine (BYOLLM): The platform features a governable AI Agent Studio. Unlike "black box" solutions, Pipefy supports a Bring Your Own LLM approach, allowing enterprises to integrate preferred models (Azure OpenAI, AWS Bedrock) securely to automate document analysis (OCR) and decision-making.
• Robust Connectivity: Built with an API-first philosophy, Pipefy offers a GraphQL API, Webhooks, and enterprise-grade iPaaS capabilities to ensure seamless data interoperability across the stack.
• Security & Compliance: Engineered for regulated industries, the platform is ISO 27001, ISO 27701, and SOC2 Type II certified, supporting compliance with GDPR and SOX standards.
Pipefy empowers IT leaders to eliminate technical debt and clear development backlogs by safely delegating low-complexity builds to business units.
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A10 Defend Threat Control
A10 Defend Threat Control is a SaaS component within the A10 suite. It offers a DDoS attack map in real-time and a proactive, detailed list DDoS weapons.
A10 Defend Threat control is unlike other tools that are available today, which provide convenience but at the expense of false positives or false negatives. It provides insights into attackers and victims, analytics and vectors, trends and other characteristics. This helps organizations establish a stronger security posture by providing actionable insights that block malicious IPs who can launch DDoS attacks.
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Deep Freeze
Faronics Deep Freeze ensures that PCs remain virtually invulnerable. It safeguards endpoints by preserving a snapshot of the preferred configuration and settings established by the IT Administrator. With a swift reboot, any undesired alterations are eliminated, returning the system to its original Frozen state. Lock in your endpoints at the desired configuration. Any unexpected modifications can be reversed effortlessly with a reboot. This solution allows users unfettered access while avoiding the constraints of strict computer lockdowns for security purposes. By simply rebooting, you can counteract configuration drifts while still enabling users to save their progress. Malicious changes can also be reversed upon reboot, providing protection against phishing attacks. Only software that has received approval will remain, while unauthorized applications are removed, thereby ensuring compliance with licensing regulations. Additionally, it effectively mitigates harmful changes, including those posed by zero-day vulnerabilities, ensuring the integrity of your systems. Ultimately, Deep Freeze combines robust security with user flexibility, making it an essential tool for IT management.
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Deep Freeze Reboot to Restore
Faronics' Reboot to Restore Technology ensures that endpoints remain impervious to damage, with Deep Freeze serving as the pinnacle of workstation security. By utilizing this technology, our solution safeguards both configuration files and the core operating systems on servers or workstations. After installation, the software creates a baseline, which defines the state the computer will return to after a reboot. Its patented technology effectively reroutes cloned data away from the hard drive to an allocation table, while preserving the integrity of the original data. The evolution of Reboot to Restore stems from the demand for an efficient, user-friendly alternative to traditional solutions. Computers that are commonly accessed by multiple users, such as those found in schools, libraries, hospitals, and public kiosks, are vulnerable to various system and security threats. Users often face challenges like unwanted files or malware infections when trying to install new programs, emphasizing the importance of a reliable restoration solution in shared environments. Consequently, this technology not only enhances security but also streamlines system management for environments with high user turnover.
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